Increasing GP Computing Power for Free via Desktop GRID Computing and Virtualization.
Daniel Lombraña GonzalezFrancisco Fernández de VegaLeonardo TrujilloGustavo OlagueLourdes AraujoPedro A. CastilloJuan Julián Merelo GuervósKen SharmanPublished in: PDP (2009)
Keyphrases
- computing power
- grid computing
- distributed computing
- computing resources
- load balancing
- multicore processors
- computational power
- resource management
- data grids
- peer to peer
- grid environment
- embedded systems
- virtual machine
- computing environments
- computational grids
- cloud computing
- resource sharing
- grid enabled
- high performance computing
- grid technology
- scheduling strategy
- operating system
- distributed environment
- resource utilization
- distributed systems
- mobile agents
- grid services
- transparent access
- real time
- fault tolerance
- multi agent
- artificial intelligence
- database
- cloud computing environment
- fault tolerant
- heterogeneous computing